Air Pollution Control Technology

004	Reduction of SO2 and Offensive Odor from Process Exhaust Gas
006	Reduction of SOx and dust in Process Exhaust Gas
007	Reduction of NOx Discharge
012	Discontinuance of Use of 1-1-1 Trichloroethane ( Ozone layer destroying substance )
018	Treatment of Flue Gas ( Reduction of NOx, SOx and Soot )
022	Removal of Exhaust NOx by Ammonia Catalytic Reduction Method
027	Reduction of SO2 Discharge by Wet Limestone Gypsum Flue Gas Desulfurization Process
028	Removal of NOx Discharge by Dry Ammonia Catalytic Reduction Process
029	Reduction of NOx Discharge by Improving Combustion Method
035	Reduction of SO2 in Boiler Exhaust Gas
036	Decrease of NOx in Boiler Exhaust Gas by Ammonia Catalytic Reduction Method
036	- Chart -
037	Reduction of Smoke Dust in Boiler Exhaust Gas
038	Reduction of NOx in Furnace Combustion Exhaust Gas
039	Reduction of NOx in Gas Turbine Exhaust Gas
040	Processing of Hydrogen Sulfide ( Manufacturing of Liquid Sulfur )
046	Reduction of NOx in Boiler Exhaust Gas
047	Reduction of Dust Discharged from Catalyst Regenerator
048	Reduction of NOx Discharged from Catalyst Regenerator
059	Processing of SOx, NOx and Dust Discharged from Coal Burning Boilers
063	Reduction of Exhaust SO2
064	Magnesium Hydroxide Method Wet Type Flue Gas Desulfurization Equipment ( Coal burning boiler )
066	Dry Ammonia Contact Reduction Method Flue Gas Denitration Equipment ( for Coal burning boiler )
067	Coke Oven Gas Desulfurization Equipment ( TAKAHAX - Sulfuric acid manufacturing process )
114	Dust Removal and Desulfurization Using Scrubbers
178	Prevention of acid dust falling down from stack

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